baber/WOPTO huggingface dataset:
Patent FI-20022079-A (FI)
Inventor: KAAPPA EERO
IPC: H04L29/08
Filed: 2002-11-21
Abstract: The invention relates to a method for determining the priority of a management object in a device management system comprising management object data in a management tree for maintaining the arranged device management server and management customer device. The contents of sub objects included in at least one management object of the management tree are determined, and thereafter the management server determines a data element comprising the priority data of the sub objects in relation to other sub objects. The data element is attached to the management tree maintained by the management server, and a file definition according to said management tree is sent to a management customer device. The management customer device deassembles the file definitions into management tree form so that the priority data shows the priority data of the sub objects in relation to the other sub objects.
Patent FI-20040657-A (FI)
Inventor: CHEN YUHPYNG L
IPC: A61P5/38
Filed: 2004-05-10
Abstract: PCT No. PCT/IB95/00439 Sec. 371 Date Dec. 6, 1996 Sec. 102(e) Date Dec. 6, 1996 PCT Filed Jun. 6, 1995 PCT Pub. No. WO95/33750 PCT Pub. Date Dec. 14, 1995Corticotropin-releasing factor (CRF) antagonists having formulae (I), (II) or (III) wherein the dashed lines, A, B, Y, Z, G, R3, R4, R5, R6, R16 and R17 are as defined in the description, and processes for preparing them. These compounds and their pharmaceutically acceptable salts are useful in the treatment of CNS and stress-related disorders.
Patent GB-1052082-A (GB)
IPC: B60R19/38
Abstract: 1,052,082. Parking clearance protectors. LE L. V. HARRISON. April 8, 1964, No. 14441/64. Heading B7J. The invention relates to a controllably extendable and retractable parking clearance protector and to a motor vehicle having such a protector which comprises bumpers 11, 11<SP>1</SP> at front and rear of the vehicle, each bumper, e.g. the front bumper 11, being provided with apertures 17, 18, Fig. 3 (not shown), terminating in recesses 12 linked by a recess 20, and front extension means 14 comprising a cross-member 19 carried by rods 15, 16 slidably carried in the apertures 15, 16 and in bearing portions BP attached to the chassis VC, wherein the front extension means 14 are fully retracted into the recesses 20, 12 during driving and extended when parked away from the front bumper to a limited extent to maintain a clearance with any adjacent parked vehicle, by means of front actuator means 21. The front actuator means 21 may comprise an electro-motoroperated lead screw, or a double action fluid motor as shown connected by lines 23, 24 to a source 25 of fluid under pressure which may be an independent source or a source associated with conventional power steering, hydraulic or pneumatic braking, as shown at 11, which source comprises a pump P, high pressure reservoir HR and a low pressure sump S. The front actuator motor 21 is controllable by switch means 26 comprising a dashboard switch 30 controlling a front set 27 of solenoidactuated valves connected by an electric circuit 28 to an electric battery 29. In a modification of the extension means, Fig. 8 (not shown), the rod 15 comprises a plunger secured to the crossmember 19 and slidably extending into a tube carried by the fluid motor means. A compression spring disposed around the plunger and within the tube, is fastened to both the ports, and is normally unbiased. An extensionlimiting switch is carried on the tube and a switch actuator on the plunger so that should the cross-member 19 strike a solid object during extension the limiting switch closes and immobilizes the fluid motor means and halts the extension. In another modification of the extension means, Fig. 9 (not shown), the plunger comprises a head at one end retained in the tube by an internal lip formed at the free end of the tube. The compression spring is normally biased to urge the plunger into an extended position. When the cross-member 19 strikes a solid object during extension, the plunger and tube telescope, and prevent further extension.
Patent GB-1054032-A (GB)
IPC: C07F7/08
Abstract: 1,054,032. Organomercaptomethyl silicon compounds. FARBENFABRIKEN BAYER A.G. June 18, 1963 [June 30, 1962], No. 24206/63. Headings C3S and C3T. Organomercaptomethyl silicon compounds are prepared by the reaction of (1 )(a) an organopolysiloxane, R n SiO 4-n , where n is 1-3 and at 2 least one of the siloxane units has the formula BrCH 2 -Si(CH 3 ) m O 3-m /2 X 3-m , where m is 1 or 2   and X is chlorine or a hydrolysable alkoxy group, with (2) a mercaptan, which may be substituted by -OH, or a thiophenol, in the presence of at least an equivalent of a tertiarynitrogen base. The invention also comprises the novel compounds 1,3-di-(n-butylmercaptomethyl) - 1,1,3,3 - tetra - methyldisilane, 1,3- di - (phenylmercaptomethyl)- 1,1,3,3 - tetramethyldisilane, α,# - di - (#<SP>1</SP> - hydroxy - ethylmercaptomethyl) - dodeca - (dimethylsilane), 2,2 - dimethyl - 2 - sila - 1,4 - oxathiane, the bromide of 2,2,6,6 - tetramethyl - 2,6 - disila- 4 - (# - hydroxyethyl) - 1,4 - oxathiane and compounds of the formulµ where the value of each of a, b and c approximates to 7, their sum total being 21 and compound II having a refractive index of 1-4491. The reaction is effected, normally with heating, by the addition of the bromomethyl silicon compound to a mixture of the mercaptan and base, or vice versa. Either or both components may be diluted with an inert solvent, e.g. benzene or its homologues. The reaction of a #-hydroxyl substituted mercaptan with a bromomethyl silane of the above formula, where X is alkoxy, proceeds with elimination of the appropriate alcohol and formation of a six-membered heterocyclic ring, e.g.  #-hydroxyethylmercaptan and dimethyl-(bromomethyl)- ethoxy silane yield 2,2-dimethyl-2-sila-1,4-oxathiane. If the ethoxy silane is replaced by dimethyl - (bromomethyl) - chloro - silane the reaction yields 1,4-dithiane and a sulphonium salt, the bromide of 2,2,6,6-tetramethyl-2,6- disila - 4 - (# - hydroxyethyl) - 1,4 - oxathiane; this oxthiane derivative can also be obtained, by the present process, from 1,3-di-(bromomethyl)- 1,1,3,3 - tetra - methyldisilane and # - hydroxyethyl mercaptan. If the hydroxyl group of an -OH-substituted mercaptan is further from the S atom than #, the reaction product is a linear polymer. Examples describe the preparation of the novel compounds specified above.
Patent GB-1143769-A (GB)
IPC: C08F28/00
Abstract: 1,143,769. Olefin copolymers. SOC. NATIONALE DES PETROLES D'AQUITAINE. 23 May, 1966 ]29 May, 1965], No. 22890/66. Heading C3P. Substantially linear, amorphous, unsaturated copolymers of olefins with dithiadienes, which copolymers have dithiaalkenyl side groups may be prepared by copolymerizing the monomers in the presence of a Ziegler catalyst. Preferred olefins are ethylene, propylene and mixtures thereof, and specified dithiadienes are 1,9 - dimethyl - 4,6 - dithia - nonadi - 1,8 - ene and 1,1,10,10 - tetramethyl - 4,7 - dithia - decadi - 1,9 - ene. Polymerization may be effected in bulk or in the presence of inert hydrocarbon or chlorinated hydrocarbon solvents, batchwise or continuously with continuous or intermittent addition of reactants. The copolymers may be vulcanized with sulphur or free radical liberating agents such as peroxides. An example describes the copolymerization of ethylene, propylene and 1,9 - di - methyl - 4,6 - dithia - nonadi - 1,8 - ene in cyclohexane/heptane in the presence of a catalyst formed from vanadium oxychloride and diethyl aluminium chloride.
Patent GB-1225755-A (GB)
IPC: C07C51/43
Filed: 1967-07-28
Abstract: 1,225,755. Tile cements. BUILDING ADHESIVES Ltd. 14 June, 1968 [28 July, 1967], No. 34718/67. Heading C1H. A composition to be mixed with water for fixing tiles comprises in weight per cent 20-90 cement, e.g. aluminous or white or grey Portland cement; 1-50 lightweight aggregate, e.g. perlite; 1-50 of a filler, e.g. limestone, sand or gypsum; up to 10 of a synthetic resin, e.g. vinyls, and up to 5 of an alkyl cellulose.
Patent GB-1226833-A (GB)
IPC: C23C16/26
Filed: 1968-06-26
Abstract: 1,226,833. Pyrolytic carbon. GULF GENERAL ATOMIC Inc. 26 June, 1968 [29 June, 1967], No. 30426/68. Heading C1A. [Also in Divisions A5 and C7] ' Substrate materials which are stable at temperatures of at least about 1000 C. are coated with a layer of pyrolitic carbon having a density of at least about 1.5 grams per c.c. and an apparent crystallite size (as defined) no greater than about 200 A. The substrates are shaped to serve as surgical or medical prosthetic devices, e.g. pins or tubes (see Division A5). Suitable substrate materials include artificial graphite, boron carbide, silicon carbide, tantalum, molybdenum, tungsten, and ceramics such as mullite. Coating of the substrate is suitably effected by pyrolysing a hydrocarbon, such as methane, propane or butane, at high temperatures and depositing the carbon formed on the substrate. Coating can be effected using a rotating drum coater or a vibrating table coater. Where the substrate article is small enough to be levitated in an upwardly flowing gas stream, a fluidized bed coater is preferably used. The pyrolytic carbon product may be treated with a solution of heparin e.g. in saline, to reduce its coagulative action, and sterilized e.g. by heating in an atmosphere of ethylene oxide.
Patent GB-1227405-A (GB)
IPC: C04B35/536
Filed: 1968-05-17
Abstract: 1,227,405. Graphite structures. DOW CHEMICAL CO. 17 May, 1968, No. 23597/68. Heading C1A. [Also in Divisions C7 and H5] Graphite structures are made by compressing vermicular graphite, the compression being performed in at least two steps, the compression of the first step being along at least one axis, and the compression of the second step being along at least one other axis perpendicular to said first axis or to one of said first axes. The vermicular graphite employed may have a bulk density of 0À0016-0À16 g./c.c., and the pressure applied in either step may be 3À5-3500 kg./sq. cm. (gauge), ), to give a final bulk density of 0À3-2À0 g./c.c. The vermicular graphite may be blended with 2-55% by wt. of a bonding agent prior to compression. The bonding agent may be a polymer of ethylene, styrene, an ethylenically unsaturated chloride, an epoxide, tetrafluoroethylene, a polyester, a phenol-formaldehyde resin, an inorganic glass-forming material which contains one or more of boric oxide, silica, phosphorus pentoxide, a germanium oxide, vanadium pentoxide or beryllium fluoride, or a glassforming composition containing at least two of silica, alumina, sodium oxide, potassium oxide, magnesium oxide, cuprous oxide, barium oxide, lead oxide and boric oxide. Alternatively, a char-yielding substance may be employed, and the compressed blend of bonding agent and graphite heated at 800-1200‹ C. until all volatile matter is removed. The char-yielding substance may be asphalt, tar, sugar, a phenolformaldehyde resin, coal-tar pitch or a saccharide. The bonding agent is normally added as a powder of particle size less than 0À149 mm. The graphite may also be blended with from 0À5- 10% by wt. of an oxidation retardant such as an, oxide of boron or phosphorus, metal salts of borates and phosphates, or mixtures thereof. Some of these materials may also function as glass-forming materials.
Patent GB-1230807-A (GB)
IPC: C10M169/00
Filed: 1968-09-13
Abstract: 1,230,807. Mould lubricants. TECHNICAL PROCESSING Inc. 13 Sept., 1968 [13 Sept., 1967], No. 43800/68. Heading C5F. [Also in Division C3] A lubricating composition, particularly useful as a mould release agent and cleaner, comprises (A) 3 to 25 parts by weight of a dialkyl phthalate, in which the alkyl group contains 4 to 13 carbon atoms, or a dibenzoate of dipropylene or tripropylene glycol; (B) 15 to 35 parts of an alkyl (C 8-12 )-phenyl mono-ether of polyethylene glycol having 4 to 6 ethyleneoxy units; and (c) 40 to 80 parts of an alkyl (C 8-12 ) phenyl mono-ether of polyethylene glycol having 7 to 35 units but less than 2 parts having more than 15 units, some of which ether may be replaced by the glycol itself but leaving at least 24 parts of the ether. The compositions may be dissolved or dispersed in water or an organic medium, e.g. silicone emulsions.
Patent GB-1231048-A (GB)
IPC: B65C9/34
Filed: 1968-10-11
Abstract: 1,231,048. Labelling machine. JOHANN WEISS MACHINENFABRIK UND APPARATEBAU G.m.b.H. 11 Oct., 1968 [12 Oct., 1967], No. 48349/68. Heading B8F. A labelling machine, e.g. for applying shoulder labels to bottles 25, consists of a labelling cylinder 7 with inserts 57, 57<SP>1</SP> for displacement transverse to the bottle path and with nozzles for both suction or blowing and a pressure device in the form of at least one belt 9, driven at the same speed as an adjacent bottle conveyer or the periphery of the labelling cylinder 7 and which can be pivoted towards or away from the bottles. The pressure device consists of at least one belt 9 moving round a driving roller 10, a freely rotatable roller 11 and a tensioning roller 66, mounted on a frame 29 which is pivoted about axis 31 by a cam 32. As a bottle 25 approaches the pressure device, the belt 9 is held away from the bottle. When the bottle 25 has arrived at a label-carrying region the pressure device is swung towards it to press it against a label 54. The labelling cylinder 7 has radially movable inserts 57, 57<SP>1</SP> covered with a soft material 2, e.g. rubber, in which are nozzles 12 to connect alternately to a suction and a pressure source. The inserts 57, 57<SP>1</SP> and an intermediate member 52<SP>1</SP> support a label 54 by suction during application of adhesive (not shown) and the inserts are displaced outwardly for application of the label if it is for the shoulder of the bottle but kept flush with the labelling cylinder 7 if a body label is to be applied. Suction is replaced by air pressure to act on the label ends after initial application. As the bottle reaches the roller 10, it contacts the face 34 of bearer member 35. The face 34 is cushioned and dovetails with the belt or belts 9. The bearer member pivots about axis 46 and is able to yield against spring 41 if there is a change in the diameters of the bottles 25. The member 35 induces the bottle to roll so that it swings out of the depression between the extended inserts 57, 57<SP>1</SP> and rolls along the periphery of the labelling cylinder 7 adjacent the insert 57<SP>1</SP> where a back label may be applied. A deflector prevents the bottles from leaving the conveyer belt and they may pass to after-rolling belts.
Patent GB-1232204-A (GB)
IPC: H01R12/71
Filed: 1967-11-30
Abstract: 1,232,204. Riveting. PRESSAC Ltd. 29 Nov., 1968 [30 Nov., 1967], No. 54473/67. Heading B3U. [Also in Division H2] A method of securing one part of a two-part electrical connector to a circuit board 5 comprises forming a central stem 1 of the said one part with a projecting portion, inserting the projecting portion into a complementary hole in the board 5, and heating the portion until it is soft and deforms into a head 1b which is sufficiently large to prevent withdrawal. Contacts 3b of the connector are soldered to circuitry 4 on the board by dip-soldering, the solder bath also supplying the heat necessary to deform the projecting portion. The connector part is made of thermoplastics material, e.g. polypropylene.
Patent GB-1233060-A (GB)
IPC: B22D17/32
Filed: 1968-06-21
Abstract: 1,233,060. Injection moulding machine. G. FRIES, A. EYSSEN, and G. ROMEN, [trading as J. S. FRIES SOHN]. 21 June, 1968 [10 Nov., 1967], No. 29786/68. Heading B5A. [Also in Divisions B3 and F1] Apparatus for filling a pressure casting mould with moulding material comprises a first hydraulic pressure accumulator 3 for providing a relatively low initial mould filling pressure and a second hydraulic pressure accumulator 4 providing a high final mould-filling pressure, the working medium volume of the second accumulator being smaller than that of the first. At the start of the moulding cycle the valves 5, 6, 7, 8, 9, 10 and 14 are positioned as shown in Fig. 1. The valves 14 and 5 are opened and pressure is applied from a conduit 13 which opens a non-return valve 6 to apply pressure through a narrow bore 16 on to the working piston 1. The working piston operates a moulding material ram (not shown). At first the piston 1 advances slowly the fluid in front of the piston escaping through vents (not shown) to expel air from the mould. Next valves 7 and 9 are opened, opening a valve 8 to allow fluid to escape along a duct 15 and subject the piston 1 to pressure from the accumulator 3, thus accelerating the piston 1. When either the ram has travelled a preset distance or the pressure in the mould reaches a preset level, a valve 10 is opened to subject the piston 1 to an intense pressure obtained from the second accumulator 4. The volume of of the fluid released is just sufficient to close valves 6 and 8 and shut off the pressure supply from the first reservoir. The final high pressure is applied as the moulded material solidifies in the mould. The pressure in accumulator 4 can be varied by connection to a closed piston and cylinder device 11, 17, 18, 19 in which the volume of working fluid is adjustable.
Patent GB-1239461-A (GB)
IPC: E04B1/35
Filed: 1968-07-05
Abstract: 1,239,461. Prefabricated buildings; methods of erection. D. W. JOHNSON. 5 July, 1968 [5 July, 1967], No. 32283/68. Headings E1A and E1S. A prefabricated building is constructed from panels A, B which are hinged together so that the walls B will depend from the roof panel A when the latter is lifted by its lugs F and then lowered on a prepared foundation. The panels may be made of re-inforced concrete, metal, laminates, wood or plastics and have the hinges embedded therein. For numerous hinge joints incorporating weather and cushion seals therein the Specification and remaining drawings (not shown), should be referred to. A series of such units may be erected side by side and in superimposed relationship, see Fig. 15 (not shown).
Patent GB-1252649-A (GB)
IPC: C03C4/06
Filed: 1969-03-04
Abstract: 1,252,649. Phototropic glasses. CORNING GLASS WORKS. 4 March, 1969, No.11369/69. Heading C1M. Transparent photochromic (phototropic) glass having a high optical density when present in thin cross-section is produced by: (a) melting a batch consisting of (in weight per cent) 40-76 SiO 2 ; 4-26 B 2 O 3 ; 4-26 Al 2 O 3 ; at least one alkali metal oxide taken from the following in the proportion indicated, that is: 2-8 Li 2 O, 4-15 Na 2 O, 6-20 K 2 O, 8-25 Rb 2 O, 10-30 Cs 2 O; silver in a content of greater than 0À7 %; at least one halogen selected from Cl, Br and I, the total halogen being greater than 0À6%; the sum of the recited constituents being at least 85% of the total glass composition and the balance, if any consisting of other compatible constituents; and (b) simultaneously chilling the melt sufficiently rapidly to a temperature below the transformation range to prevent growth of large silver halide crystals and shaping an article therefrom having a thickness not above 0À02 inch. The chilling occurs in less than 5 seconds, and may be performed by drawing the melt through metal rollers to form a sheet. The silver and halogens contents preferably do not exceed 1À5 and 2% respectively.
Patent GB-1257726-A (GB)
IPC: B41F13/44
Filed: 1969-07-08
Abstract: 1,257,726. Printing apparatus. CHAMBON Ltd. 8 July, 1969 [15 July, 1968], No. 34289/69. Heading B6C. To facilitate replacement of plate cylinder 6 and blanket cylinder 16 by others of different diameter, blanket cylinder 16 and impression cylinder 26 are mounted on a horizontally slidable carriage 19 and impression cylinder 26 is pivoted on the carriage 19. The carriage 19 is moved by screw jacks 38 with respect to the axis of plate cylinder 6 and reaction against screw 66 moves double lever 28 about its pivot 30 on carriage 19. The carriage 19 and lever 28 are duplicated at the other end of the cylinders. Eccentric bushes on shaft 47 allow adjustment for parallelism by their engagement with rotatable bushes and rotation of shaft 47 moves blanket cylinder 16 away. from plate cylinder 6. Screw 66 may be rotated to vary the force with which impression cylinder 26 presses against blanket cylinder 16.
Patent GB-1258604-A (GB)
IPC: F16K15/02
Filed: 1969-04-09
Abstract: 1,258,604. Valves. MESSERSCHMITTBOLKOW-BLOHM G.m.b.H. 9 April, 1969 [23 April, 1968], No. 18242/69. Heading F2V. Lift valve having a frusto-conical closure part 6 co-operating with a complementary seat 17, is provided on opposite sides of the part 6 with stems 61, 62 which slide sealingly in guides. Thereby the volume displaced by the valve member in the valve chamber 2 remains constant and disturbances within an hydraulic system such as for aiming and launching of missiles, is avoided. As shown, the valve is spring loaded to closed position and opened by hydraulic pressure applied to a piston 11 in a separate chamber. The space behind the piston is relieved to drain through a passage 12 through the valve member.
Patent GB-1264374-A (GB)
IPC: F28D9/00
Filed: 1969-06-20
Abstract: 1,264,374. Plate heat exchangers. AQUACHEM Inc. 20 June, 1969 [27 June, 1968], No. 31360/69. Heading F4S. In a heat exchange plate formed with projections 68 and with a recessed portion, all extending in a direction away from a plane surface 20 of the plate, the recessed portion of the plate includes a gasket recess with a continuous wall 74, Fig. 10, adjacent the plate periphery, and the projections 68 are located in the marginal zone of the plate outwardly beyond the wall 74. In use, the projections 68 act as spacers in a stack of such plates with intervening gaskets 14 and with alternate plates rotated 180 degrees in the plane of the plate, the projections being so disposed that in such a stack the projections on one plate abut planar areas on an adjacent plate as shown in Fig. 10. The plate shown has a corrugated central zone 36 in which the corrugations (Fig. 8) are so disposed that in a plate stack, the corrugations of adjacent plates cross each other to form a tortuous path for the fluid. The plate also has six ports 22-27, three at each end, for the conveyance of fluid to and from the plate interspaces. The gasket 14 is a one-piece gasket having for each of the ports 22-27 an encircling ring portion (14<SP>1</SP>, Figs. 4-6). In use, for a particular plate interspace, the inlet and outlet ports for that space are provided by cutting away the gasket leaving the remaining ports still encircled by the gasket ring portions 14<SP>1</SP>.